What does this model do on the customer profile?
Calculate energy flows and grid impact using the offered asset's technical parameters.
PeakPilot for asset suppliers
Turn a product specification into a site-specific business case.
Model battery storage, EV charging infrastructure or PV against the customer's energy profile. Compare models and support the proposal with visible assumptions.
Technical asset parameters, customer data, grid limits and financial assumptions remain visible in each scenario.
LianderStedinEnexisTenneTEPEX SPOTKNMI
From catalogue to customer site
The value of an asset emerges from the system around it.
A data sheet describes the product. The customer needs to know what it does to their profile, connection and energy costs.
- 01
Nominal values lack context
Power, capacity and efficiency reveal little about operation and grid impact without a time series.
- 02
Technology is assessed in isolation
BESS, charging and PV are often calculated without the other assets on site.
- 03
The business case is hard to transfer
If assumptions are hidden, customers cannot properly assess options and sensitivities.
Customer questions
Show how your asset operates at this site.
Use product specifications as inputs and test them against the customer's load, generation and grid connection.
Which configuration fits the constraints?
Compare models on power, capacity, efficiency, operating strategy and cost.
Why does the financial outcome change?
Show the effect of tariffs, investment, lifetime, degradation and replacement.
Proposal substantiation
Compare your portfolio without losing the site context.
Build a customer baseline and use separate scenarios for product and configuration options.
Model product specifications
Define power, capacity, efficiency, availability and other project-specific parameters.
Calculate assets in context
Combine BESS, EV charging or PV with existing load, generation and the grid connection.
Make models comparable
Use the same customer data and financial baseline for every option.
Keep assumptions with the proposal
Present technical inputs, scenario outcomes and financial constraints as one record.
Method
From customer profile to substantiated product option.
Collect site constraints
Define interval data, grid connection, contract and the customer's existing assets.
Configure the options
Create a scenario for each BESS, charging or PV option using product-specific inputs.
Support the proposal
Compare grid impact, energy flows and financial outcomes and share the assumptions used.
With the customer proposal
Make performance claims testable within the project scenario.
The customer sees what is offered and which data and assumptions support the outcome.
Application profile
The customer site, grid limits and intended asset use.
Option comparison
Technical and financial differences between offered models.
Supporting appendix
Inputs, assumptions, outcomes and model limitations included with the proposal.
Relevant applications
Explore the business case behind your assets.
Use the solution pages and knowledge base for project-specific questions.
FAQ
Questions before choosing this workflow.
Which suppliers is this intended for?
Suppliers of battery storage, business EV charging infrastructure and PV systems who want to support a customer proposal with site-specific scenarios.
Can I enter product-specific parameters?
Yes. Use technical values from the product specification in each scenario, such as power, capacity and efficiency, plus degradation and usable state-of-charge range for batteries.
Can I compare several models fairly?
Yes. Use the same customer data, grid limits, contracts and financial baseline, and change only the product-specific inputs.
What if the customer has no measured data yet?
Use an explicit profile for an exploratory scenario and record its source and uncertainty. Update the analysis when measured interval data becomes available.
Can I use the simulation in a customer proposal?
You can use the outcomes as model-based support. State the data, assumptions and limitations clearly and do not present the result as a guarantee.
Is PeakPilot also an EMS or control platform?
No. PeakPilot supports scenario analysis and investment decisions. Actual control, implementation and performance verification belong to the selected EMS and delivery partners.
Test your next asset proposal against the customer's site.
Compare models using the same customer data and keep technical and financial assumptions visible.
Start a free simulation